newtonian fluid

new·to·ni·an flu·id

a fluid in which flow and rate of shear are always proportional to the applied stress; such fluid precisely obeys Poiseuille law. Compare: nonnewtonian fluid.

Newton,

Sir Isaac, English physicist, 1642-1727.

newton - derived unit of force in the SI system.

Newton disk - a disk on which there are seven colored sectors, which, when rapidly rotated, appear white.

Newton law - the attractive force between any two bodies is proportional to the product of their masses and inversely proportional to the square of the distance between their centers. Synonym(s): law of gravitation

Newton rings - colored rings on thin surfaces.

newtonian aberration - the difference in focus or magnification of an image arising because of a difference in the refraction of different wavelengths composing white light. Synonym(s): chromatic aberration

newtonian constant of gravitation - a universal constant relating the gravitational force, attracting two masses toward each other when they are separated by a distance.

newtonian flow - the type of flow characteristic of a newtonian fluid.

newtonian fluid - a fluid in which flow and rate of shear are always proportional to the applied stress.

newtonian viscosity - the viscosity characteristics of a newtonian fluid.

Chavira-Martinez et al [11] propose modifications to the coefficients of basic power law model of viscosity for Non- Newtonian fluids, based on the general behavior of polymeric suspensions allowing reproducing the variation of blood viscosity for several RBC concentrations.

Because QDPD in its present form is being used to study the steady-shear viscosity of a suspension of solid inclusions in a Newtonian fluid, there is a shear boundary condition at the topmost layer of the QDPD simulation box, implemented with the Lees-Edwards boundary conditions [9] (pp.

A plate substrate was vertically withdrawn from a liquid bath with constant speed V0, the liquid used in dip coating was a generalized Newtonian fluid with constant density, and the air above the free surface was regarded as nonviscous with its pressure arbitrarily set to zero.

It is noticed that when less than 1 the velocity of Micropolar fluid is greater than that of Newtonian fluid but when greater than 1 the velocity of Newtonian fluid is greater than that of Micropolar fluid.

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